Defining the Future of VR Interactions Through Rigorous Emerging Tech Insights

for Oculus

Emerging Technology, Consumer Electronics, Virtual Reality (VR)

Client Industry

AI & Emerging Technology Implementation, Strategic Research, Fittz Law, ANOVA & t-tests Analysis

Services Provided

Delivered weekly rolling insights, from 100+ research sessions, on VR menu hand-gesture prototypes

Applied Fitts' Law & rigorous statistical modeling (ANOVA, t-tests) to find a definitive usability winner

Guided the hardware and software engineering teams with data-backed interaction standards for seamless tech implementation

Key Results

Challenge

The Oculus team hoped to determine the best hand-gesture menu interaction within the VR environment. 3 different adjustable variables (button size, haptic feedback, and speed), meant over 10 different gesture prototypes to test.

In addition to qualitative opinions, Oculus wanted rigorous, data-driven research to pinpoint the most effective, ergonomic, and user-friendly interaction model for implementation.

Sound similar to your situation?

SCHEDULE A FREE CONSULTATION

Mixed Methodologies

Lini designed a robust research methodology that married qualitative user feedback with heavy quantitative analysis. We tested the 9+ prototypes with over 100 participants to gather a massive, reliable dataset.

Statistical Rigor

To objectively measure performance, we utilized Fitts' Law—a well-normalized predictive model of human movement. We then ran advanced statistical analyses, including ANOVA and t-tests, to strip away bias and mathematically prove which gesture required the least cognitive and physical effort.

Impact +
Continued Success

The combination of Fitts' Law modeling and participant data yielded a clear, indisputable usability winner. This rigorous research provided the engineering teams with the exact specifications needed to confidently implement a standardized, frictionless interaction gesture into their VR ecosystem.